M294631 八、新型說明： _ 【新型所屬之技術領域】 本案一種太陽能集熱器之改良結構，係將集熱板體以 一體製成具有以等間距分佈凹彎弧狀者，並在容置該集熱 板體的框底板面部上形成行、列排列整齊的多數凹凸狀； 如此以提供管路放置在集熱板體的凹彎弧位置上、是在沒 有被斷熱情形下以具有最直接的接觸在波浪板體吸收太陽 Φ 幅射熱溫傳導作用，並使框底板具有強化抗彎折變形作用 者。 【先前技術】 按一般太陽能集熱器整套設備’不外是由一儲水筒搭 配一或數片集熱板的結合’並由底框架的供容放集熱板後 的呈傾斜角i擺設固定屋頂上，使該集熱板在受到太陽光 的持續照射下’以爲集熱板將之收集熱溫後再傳導給在集 鲁熱板接觸的水管路，如此在管路內的冷水在吸收熱源後遂 形成熱水，以爲流至儲水筒內將之貯儲起來。而仔細觀察 集熱板的構成：係由小面積的板材A逐一搭接而成的（如 第一圖），以目前的衝壓加工設備尙無法製作一大片尺寸 的板材，一是現行的技術上不夠，需再重新開發設計；二 是必須花費相當大的費用，這並不是一^般小型企耒所能負 擔的、加上若沒有足夠訂量的話，勢必會影響到商場的生 存·，因此便維持目前以小面積加工製作、以降低在開發上 M294631 _ 的風險。而以小面積的板材A逐一搭接方式，即在每一片 、 板材A邊端予以相互疊置著、以構成制式的規格尺寸，之 後再於凹彎弧位置放設水管路B 。然而以在板材A的邊 端所爲相互疊置形態，不僅在組裝的施工上費時緩慢，且 多少都會有縫隙存在，這看似並不怎麼樣，但實際上卻因 爲有了小小的縫隙緣故，以致熱傳導的效果便產生極大的 影響，也就是導致原來已收集到的熱能因爲有了縫隙的間 φ 隔而無法完全地傳導給水管路B，其效果自然就大折扣了 〇 再者所容置集熱板的框底板C者，由於該面積並不算 小，加上最底下的框架D僅在四周做支撐而已，因此當颳 大風時、尤其是跪風季時，其強勁的風勢在不斷的吹襲下 / ，久而久之便會產生變形（如第二圖），究其原因即在於 平面式的框底板C不足以抵抗風勢的頂撞所致，如此一來 •，一旦被破壞之後便只有拆舊換新一途了，這對消費者而 言實在吃不消。 【新型內容】 因此，申請人遂針對以上問題而予開發出本創作案， 並提出專利之申請。其中 > 本創作之主要目的，在於提供一種太陽能集熱器之改 良結構，係將集熱板體以一體製成具有以等間距分佈凹彎 弧狀者；如此以提供管路放置在集熱板體的凹彎弧位置上 M294631 、、在沒有被斷熱情形下以具有最直接的接觸在波浪板體吸 _ 收太陽幅射熱溫傳導作用者。 本創作之另一目的，是提供一種太陽能集熱器之改良 結構，其中，並將容置集熱板體的框底板面部上形成行、 列排列整齊的多數凹凸狀，產生具有強化抗彎折變形作用 〇 【貫施方式】 _ 首先，敬請配合參閱第三圖之說明所示：本案一種太 陽能集熱器之改良結構，係藉由大型的沖壓設備以爲一體 成型的集熱板體1 ，使該集熱板體1形成具有以等間距分 佈凹彎弧11狀，而在容置該集熱板體1的框底板2面部上 形成行、列排列整齊的多數凹凸狀21 (如第四圖-A或是第 ώ圖-B);之後，再將管路3放置在集熱板體1的凹彎弧 11位置中，而框底板2在供容置集熱板體1後再置於框架 Φ 4上固定位（如第五圖），這樣一來，由於該集熱板體1 係以一體製成的、也就是沒有如昔式般以搭接方式組成， 便沒有在組裝施工上費時緩慢的情形了，同時也因爲該集 熱板體1係以一體製成的因素，是便可提供管路3在放置 於集熱板體1的凹彎弧11時遂形成以最直接的接觸形態來 吸收太陽幅射的熱溫傳導作用。 並且’由於在集熱板體丨下的框底板2面部係以多數 的凹凸狀21造型，使其本身即可相當足夠的強度來抵抗強 M294631 勁風吹力道，以保護集熱板體1暨管路3及玻璃板元件。 綜上所陳，本創作確實可以改善昔式板體以搭接所導 致熱傳導不良情形，並且藉由框底板面部上多數凹凸狀以 具有強化抗彎折變形作用之效果顯見，當符合新型專利第 九十三條之成立條件；懇請鈞局明鑒，惠予授准合法之 專利權成立，至感德便。 【圖式簡單說明】 第一圖：爲昔式構造之示意圖。 第二圖：爲昔式構造受風吹襲之圖示。 第三圖··係本創作結構之立體分解圖。 弟四圖-A ·係本創作中框底板構造之7TK思圖（一' )。 第四圖-B :係本創作中框底板構造之示意圖（二）。 桌五圖··係本創作於組合後之示意圖。 ’ 【主要元件符號說明】 1集熱板體 11凹彎弧 2框底板 21凹凸狀 3管路 4框架 A板材 B水管路 C框底板 D框架M294631 VIII. New description: _ [New technical field] The improved structure of a solar collector in this case is that the heat collecting plate body is integrally formed with a concave curved arc at equal intervals, and is accommodated therein. The surface of the bottom plate of the heat collecting plate body is formed with a plurality of irregular shapes in which the rows and columns are arranged neatly; thus, the pipe is placed at the concave curved position of the heat collecting plate body, and the wire is directly exposed without being heated. The contact in the wave plate body absorbs the solar Φ radiation heat and temperature conduction, and the frame bottom plate has the effect of strengthening the bending resistance deformation. [Prior Art] According to the general solar collector, the whole set of equipment 'is nothing more than a combination of one water storage tank and one or several heat collecting plates' and is fixed by the inclined angle i after the heat supply plate of the bottom frame is provided. On the roof, the collector plate is subjected to continuous illumination by sunlight, so that the collector plate collects the heat and then conducts it to the water pipe in contact with the collector plate, so that the cold water in the pipeline absorbs the heat source. The sputum forms hot water, which means that it flows into the water storage tank and stores it. Careful observation of the composition of the collector plate: it is made up of a small area of the plate A one by one (as shown in the first figure), with the current stamping processing equipment, it is impossible to make a large-size plate, one is the current technology. Not enough, we need to re-develop the design; second, it must cost a considerable amount of money. This is not a small enterprise that can afford it. If there is not enough order, it will definitely affect the survival of the mall. It will continue to be processed in a small area to reduce the risk of developing M294631 _. On the other hand, the sheet A of a small area is overlapped one by one, that is, at the edge of each sheet and sheet A, which are stacked on each other to form a standard size, and then a water pipe B is placed at the concave curved position. However, in the form of overlapping on the side of the sheet A, not only is the construction time slow in assembly, but there are gaps in it, which does not seem to be very good, but actually has a small gap. For this reason, the effect of heat conduction has a great influence, that is, the heat energy that has been collected has not been completely transmitted to the water pipe B because of the gap between the gaps, and the effect is naturally greatly discounted. The bottom plate C of the heat collecting plate is not too small, and the bottom frame D is only supported in the surrounding area, so when the wind is strong, especially in the hurricane season, it is strong. The wind is constantly slamming / and it will be deformed over time (as shown in the second picture). The reason is that the flat frame bottom plate C is not enough to resist the wind's collision, so that once it is destroyed Only the old and new ones will be replaced, which is really unbearable for consumers. [New content] Therefore, the applicant has developed the original case for the above problems and filed a patent application. Among them, the main purpose of the present invention is to provide an improved structure of a solar collector, which is formed by integrally forming a heat collecting plate body with a concave curved shape at equal intervals; thus providing a pipeline for collecting heat. M294631 in the concave arc position of the plate body, in the case of no heat loss, the most direct contact in the wave plate body to absorb the solar radiation heat temperature conduction effect. Another object of the present invention is to provide an improved structure of a solar collector, wherein a plurality of irregularities in which the rows and columns are arranged neatly are formed on the surface of the bottom plate of the frame on which the heat collecting plate is housed, thereby producing a reinforced bending resistance. Deformation effect 贯 [Cross-application method] _ First, please refer to the description of the third figure: The improved structure of a solar collector in this case is a heat-collecting plate body 1 formed by a large-scale stamping equipment. The heat collecting plate body 1 is formed to have a concave curved shape 11 at equal intervals, and a plurality of concave and convex shapes 21 are arranged on the surface of the frame bottom plate 2 accommodating the heat collecting plate body 1 in a row and a row. Figure-A or Figure-B); after that, the pipe 3 is placed in the position of the concave arc 11 of the heat collecting plate body 1, and the frame bottom plate 2 is placed after the heat collecting plate body 1 is accommodated. Fixing the position on the frame Φ 4 (as shown in the fifth figure), so that the heat collecting plate body 1 is integrally formed, that is, it is not assembled in the manner of the past, and is not assembled. It takes a lot of time to get up, and because the heat collecting plate 1 is a system Factor, is to provide line 3 can be placed in the concave curved arc heat collecting plate 1, thus forming temperature heat conduction form the most direct contact with the absorbed solar radiation 11. And because the face of the frame bottom plate 2 under the heat collecting plate body is shaped by a large number of concave and convex shapes 21, it can be quite strong enough to resist the strong M294631 wind blowing force to protect the heat collecting plate body 1 and the tube. Road 3 and glass plate components. In summary, this creation can indeed improve the poor heat conduction caused by the lap joint of the past plate, and it is obvious that it has the effect of strengthening the anti-bending deformation by the majority of the concave and convex shape on the face of the bottom plate of the frame. The conditions for the establishment of Article 93; please ask the Bureau to give a clear understanding, and grant the grant of legal patent rights to the establishment of the patent. [Simple description of the diagram] The first picture: a schematic diagram of the structure of the past. Figure 2: Graphical illustration of the wind hitting the structure of the past. The third picture is a three-dimensional exploded view of the creation structure. The fourth figure of the younger brother-A is the 7TK thinking (1') of the frame bottom plate structure in this creation. The fourth figure-B is a schematic diagram of the structure of the frame bottom plate in this creation (2). The five figures of the table are the schematic diagrams of the creation after the combination. ’ [Main component symbol description] 1 hot plate body 11 concave curved arc 2 frame bottom plate 21 concave and convex shape 3 pipe 4 frame A plate B water pipe C frame bottom plate D frame